...Mattias A. Turner; Eric L. Petersen New laminar flame speed and burned-gas Markstein length data for H 2 –CO–O 2 –CO 2 –He mixtures have been measured from spherically expanding flames. Experiments were conducted at 10 atm and room temperature for H 2 :CO ratios ranging from 2:1 to 1:4...

... within the experimental uncertainty ranges. In addition, sensitivity analyses regarding ignition delay times and laminar flame speeds were performed to better understand TMOF oxidation. In this work, a comparison is given between the measured data and modeling predictions using the detailed chemical...

... with nitrogen using the shock tube method at pressures of 1, 4, and 16 bar, and (ii) laminar flame speeds of OME 2 /air mixtures using the cone angle method at atmospheric and elevated pressures of 3 and 6 bar. The experimental data sets obtained have been used for validation of three detailed reaction...

.... Then, in a second series, the preheat temperatures measured at the nozzle were used. In this case (shown as full small symbols and curves in Fig. 7 ), the calculated laminar flame speed data are significantly higher compared to those resulting from calculations with a constant preheat temperature (shown as small...

...J. Natarajan; T. Lieuwen; J. Seitzman Laminar flame speeds and strain sensitivities of mixtures of H 2 and air or air highly diluted with N 2 ( O 2 : N 2 1:9) have been measured for a range of equivalence ratios at high preheat conditions ( ∼ 700 K ) using a nozzle generated, 1D, laminar, wall...